酸性土壤条件下纳米ZnO对普通卷甲虫回避行为的影响

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开放科学（资源服务）标识码（OSID）：

TheEffects of Nano-Zinc Oxide on the Avoidance Behavior of Armadilidium vulgare Under Acidic Soil Conditions WANG Zhi，ZHANGYu-fei，LIUNian（ColegeofLifeSciencesandFodEngineeing，Shaanxi Xueqian NormalUniversity，Xi’an， Shaanxi 710100）

AbstractObjective]Toexploretheifluenceofnano-zincoxideontheavoidancebehaviorofAmadilidiumulgareunderacidiccondi tions.[Method]The Armadilidium vulgare and soil in natural environment were usedas experimental materials， ΔpH were set at 4-5 and >5-6 ，and nano-zinc oxide were kept at 250， 500，750， 1000mg/kg ， respectively. ［Result]The experimental conditions that could induce the avoidance behavior of Armadilidium vulgare were 5Ar 1 madilidium vulgare.At the same concentration of nano-zinc oxide，with the decrease of pH ，the avoidance rate of the Armadilidium vulgare was ncreasedonlusion]Bothsoilacidityandnano-zincoxidehadsignificantipactonthavoidancebehaviorofArmadilidiumulgare. The Armadilidium vulgare can serve as an indicator species for soil pollution monitoring.

KeywordsArmadillidiumvulgare;Soil monitoring;Avoidancebehavior;Nano-zincoxide;Avoidancerate;Acidiccondition

纳米技术的出现被认为是自工业革命以来最大的工程创新。（剩余7062字）